By translating the math model of a galaxies and a galaxy collisions into a simulation. And theoritically observe the process by experimenting with the variables.
Moving galaxies refer to the motion of galaxies through space, primarily due to gravitational interactions with other galaxies and the expansion of the universe. Galaxies can collide, merge, or be pulled towards each other, influenced by dark matter and cosmic forces. The study of these movements helps astronomers understand the dynamics of the universe, the formation of large-scale structures, and the overall evolution of galaxies. Additionally, the redshift observed in distant galaxies indicates their velocity relative to Earth, providing insights into the universe's expansion.
Not generally, but galaxies do collide sometimes. In fact, the Andromeda Galaxy will probably collide with the Milky Way in about 3 billion years or so. In the collision, stars are often "flung" from one galaxy to the other, or thrown out of the original galaxy entirely. Follow the link below to see what happens when galaxies collide!
They can merge, to combine into a single, larger, galaxy. Or, they can separate again. ------------ "Collide" is a misnomer because of the vast distances between stars in a galaxy, the odds of a stellar collision are extremely small. The Andromeda Galaxy and the Milky Way Galaxy are on a collision course. If you're around when they begin to "collide" in about 4-Billion years, don't expect to see any fireworks in the sky. Except for an increase of the number of observable stars in the night sky, it will largely be a non-event.
There are 2 much smaller irregular galaxies that orbit our galaxy called the Magellanic Clouds. These are abbreviated LMC and SMC (large and small Magellianic Cloud). These will one day gradually collide with The Milky Way but it is a long time until that happens; no need to worry. There is also the Andromeda Galaxy which is on a collision course with us.
In a massive galactic collision, the stars much further apart than the water droplets in a rain cloud; the odds that any two stars would collide would be astronomical. However, the number of stars IS "astronomical", in the trillions for a big galaxy like the Milky Way and Andromeda, which WILL collide in about 4 billion years. So it's very possible that at least two such stars will collide, with catastrophic results; in all likelihood, the two stars would start to merge and promptly go nova, destroying them. But as a general rule, stars don't collide.
Moving galaxies refer to the motion of galaxies through space, primarily due to gravitational interactions with other galaxies and the expansion of the universe. Galaxies can collide, merge, or be pulled towards each other, influenced by dark matter and cosmic forces. The study of these movements helps astronomers understand the dynamics of the universe, the formation of large-scale structures, and the overall evolution of galaxies. Additionally, the redshift observed in distant galaxies indicates their velocity relative to Earth, providing insights into the universe's expansion.
Yes. Galaxies do sometimes collide.
You tend to end up with irregular galaxies
Elliptical galaxies are large blob shaped galaxies that most galaxies will eventually look like. Elliptical galaxies are what happens when two or more large galaxies collide and coalesce.
When spiral galaxies collide, the impact is greatest on their gas and dust components, which can lead to intense star formation. The gravitational interactions can distort their shapes, triggering the formation of new stars as gas clouds compress. However, individual stars within the galaxies are less likely to collide due to the vast distances between them. Ultimately, these collisions can result in the merging of the galaxies into a larger, often more elliptical galaxy.
When galaxies "collide", the individual stars do not actually smash together; they're far enough apart that they mostly slip past each other.
Some verbs that can describe actions related to galaxies include "rotate," "collide," "merge," "form," and "evolve." These verbs capture the dynamic processes and interactions that galaxies undergo in the universe. For instance, galaxies can rotate around their centers, collide with one another, or evolve over billions of years.
Not "a" merging galaxy - merging galaxies. Sometimes two (or even more) galaxies collide, and eventually combine (i.e., "merge") into a single galaxy.
The Milky Way galaxy and the Andromeda galaxy are moving towards each other that a rate that will make them "collide" in about three and a quarter billion years. "Collide" is in quotes, because galaxies are mostly empty space, so it's fairly unlikely that any of the individual stars making up the two galaxies will physically touch as a result of the "collision"; instead, the two galaxies will just merge into a larger one.
Because although the universe is expanding, the galaxies within it are grouped into clusters. These clusters are still under the influence of gravity, so slowly, over many years, they are attracted towards each other and can collide with one another.
Not generally, but galaxies do collide sometimes. In fact, the Andromeda Galaxy will probably collide with the Milky Way in about 3 billion years or so. In the collision, stars are often "flung" from one galaxy to the other, or thrown out of the original galaxy entirely. Follow the link below to see what happens when galaxies collide!
The force that draws two galaxies towards each other is gravity. The gravitational force between the two galaxies pulls them towards each other and can cause them to collide or interact.